The Intel SDK for OpenCL Applications XE 2013 Beta adds OpenCL 1.2 features on both Intel Xeon Processor and Intel Xeon Phi coprocessor for Linux OSs for the benefit of OpenCL applications in the domain of high performance compute. With this new non-conformant Beta software, OpenCL applications can be optimized to run on Intel Xeon processor, Intel Core Processor, Intel HD Graphics, and the new Intel Xeon Phi coprocessor. You can download the XE Beta version at from our website.
Flare3D engine lets you create 3D content quickly for Flash. Flare3D has just announced it has started working on an HTML5 and WebGL version. The Flare3D self proclaimed mission is to provide Professional workflow to create next-gen 3D web and mobile based applications! – same tools, same workflow, same file format!
Do you want to start developing with OpenCL? Be sure to check out the buying advice from StreamComputing before going out to purchase a workstation. In short, you should follow this order when spending your money: Memory, SSD & RAID, Motherboard, Discrete GPU, (Embedded GPU), CPU.
The question of whether OpenCL will eventually help displace GPGPU, by facilitating "GP-something-else" - "general-purpose" accelerators which aren't like GPUs is discussed in a whitepaper by Yosef Kreinin. (via Adapteva)
DTI will present their latest 3D displays showcasing 3D Impact Media's real-time 2D-3D multiview conversion technology based on OpenCL. See and meet us at booth #36385 at the Southeast corner of South Hall 4.
The Qt Project is proud to announce the final release of Qt 5. It is the latest version of the Qt C++ UI framework and the foundation for a new way of developing applications, where Qt Quick is in the center of Qt. Qt 5 continues to offer all of the power of native Qt C++ enabling highly sophisticated user experiences, offering applications the full capabilities of OpenGL/OpenGL ES graphics acceleration. Planning has already started for an even greater role of OpenGL in Qt 5.1.
Vivante Corporation announced another major milestone in its leading multi-core GPU IP family: The world's tiniest GPU core designed to support the Khronos Group's OpenGL ES 3.0 API based on the GC880 IP leveraging the same ScalarMorphic technology of Vivante's industry leading multi-core ultra-threaded GPU cores. This core is in mass production powering multiple customer silicon products used in mobile, automotive, IPTV, and other embedded and Internet enabled devices. Product is based on a published Khronos OpenGL ES 3.0 Specification, and is expected to pass the Khronos Conformance Testing Process.